Fire Hose D42 16 bar 20m Layflat Fire Hose with EPDM Lining

Fire crews and industrial teams rely on this 20-meter layflat fire hose when every second counts. The 42 mm internal diameter delivers a powerful water flow, while the 16 bar working pressure handles demanding firefighting and water transfer tasks. Built from high-tenacity polyester yarn with a seamless circular weave, the hose resists abrasion and stays flexible even in tough conditions. The white EPDM rubber lining ensures smooth water flow and long-term durability, making it a dependable choice for emergency response and heavy-duty industrial use.

Key specifications

• Internal diameter: 42 mm
• Length: 20 m
• Working pressure: 16 bar (232 PSI)
• Burst pressure: 48 bar (700 PSI)
• Jacket material: high-tenacity polyester yarn
• Lining material: EPDM rubber
• Construction: circular woven, seamless
• Standard compliance: EN 14540
• Colour: white
• Temperature range: -20°C to +60°C
• Couplings included: no
• Application: firefighting, industrial water transfer
• Abrasion resistance: high
• UV resistance: good
• Chemical resistance: good
• Flexibility: excellent
• Certification: CE marked

Why choose it

This hose meets the EN 14540 standard, ensuring reliable performance under pressure. Its seamless construction eliminates weak points, while the polyester jacket provides high abrasion resistance for rugged environments. The EPDM lining offers good chemical and UV resistance, extending the hose's service life. Excellent flexibility makes it easy to handle, roll, and deploy quickly when needed.

Ideal use cases

• Professional firefighting operations
• Industrial water transfer and washdown
• Construction site dewatering
• Agricultural irrigation and slurry handling
• Emergency water supply in remote areas

Good to know

The hose is supplied without couplings, allowing you to fit the connectors that match your existing equipment. It is CE marked and suitable for a wide temperature range from -20°C to +60°C. Regular inspection and proper storage will help maintain its performance over time.